Submissions from Peter Koslowski

[1]  faKiv:2104.07786 [pdf]
Interaction of an interacting Fermionic Tensor at Zero Temperature
Comments: 8 pages, 3 figures, 4 tables

We study the interaction of a fermionic Tensor with a zero temperature (T0) vacuum state. Specifically, we consider a zero temperature theory with an interacting Fermionic Tensor as a model of a scalar field coupled to a scalar field. We use the zero-temperature condition for a suitably measured Fermionic Tensor to calculate the interaction coefficients of the scalar field in this model. Similar to the zero temperature case, we show that the interaction coefficients of the scalar field depend on the temperature of the scalar field. We also show that the interaction coefficients of the scalar field can be obtained from the two-point functions of the scalar field.